Explore the HUADA 3.5-KFD3G Connector: Cutting-Edge Millimeter Wave Technology

The HUADA 3.5-KFD3G mm wave connector is a versatile choice for high-frequency applications. With an operating frequency of up to 35GHz, this connector ensures seamless signal transmission. Its ruggedized construction and air interface design make it ideal for microwave measurement and millimeter wave equipment. Whether you’re in research, testing, or system development, the 3.5-KFD3G connector delivers reliable performance.

Key Features of the HUADA 3.5-KFD3G Connector

mpedance (50 Ω): The 3.5-KFD3G connector maintains a 50-ohm impedance, ensuring efficient signal transmission without significant reflections. This standard impedance is crucial for high-frequency applications.
Maximum Frequency (26.5 GHz): Operating at an impressive frequency of up to 26.5 gigahertz (GHz), this connector is well-suited for demanding applications such as radar systems, satellite communication, and millimeter wave research.
Temperature Range:
Minimum Operating Temperature (-55 °C): Even in extremely cold environments, the connector remains functional, making it suitable for outdoor installations or aerospace applications.
Maximum Operating Temperature (+165 °C): It can withstand elevated temperatures, ensuring reliability under harsh conditions.
Mating Cycles (500 cycles): Designed for durability, the 3.5-KFD3G connector allows up to 500 mating cycles. This feature is essential for connectors that may be frequently connected and disconnected during equipment maintenance or testing.
Gender (Female): The connector is female, featuring an internal socket or receptacle. Its compatibility with male connectors provides flexibility in system design.
Series (mmwave Microstrip): Part of the mmwave Microstrip series, this connector is optimized for millimeter wave frequencies. Its rugged construction and reliable performance make it ideal for microwave measurement and millimeter wave equipment.

Technical Features Table:

Advanced HUADA 3.5-KFD3G mm Wave Connector: High-Frequency Performance Unleashed Images